Rubber and plastic series products-Ozone aging resistance test chamber

Environmental simulation test equipment

Large salt spray test chamber (DX8502)

Accurately simulate salt spray corrosion environment, rigorously verify the corrosion resistance and structural reliability of products under complex working conditions
The large salt spray test chamber is designed specifically for large workpieces and can manually simulate the salt spray corrosion environment to perform accelerated aging tests on the samples. It has a large testing space and precise temperature control capability, and is the core equipment for detecting the corrosion resistance of products such as wires and cables, new energy components, etc., providing strong support for product quality control and research and development verification.

Widely used in the corrosion resistance testing of wire and cable, high-voltage electrical accessories, new energy vehicle components, rail transit equipment and other fields, providing authoritative data support for product reliability evaluation, quality certification and research and development improvement.

Ozone aging resistance test chamber

Large capacity design: The studio size is 500 × 600 × 750 mm, and the spacious interior space can meet the simultaneous testing needs of multiple samples, greatly improving experimental efficiency.

High precision control: The ozone concentration control range is 0-500 ppm, with high accuracy and strong stability, ensuring accurate and reliable test data and providing a solid basis for material evaluation.

Intelligent temperature control system: The temperature control range is 10 ℃ to 70 ℃, and it intelligently adjusts and simulates various environmental conditions to meet the aging testing requirements of different standards.

Core Advantages

Uniform temperature field: Optimize the design of air duct circulation, ensure a temperature uniformity of ≤ ± 2 ℃ inside the working chamber, ensure consistent heating of all parts of the sample, and eliminate local temperature difference interference.